Are you struggling with the increasingly complex power design of FPGAs? Here are some solutions to help you.
The cutting-edge FPGA focuses on how efficiently it can design increasingly complex power supplies. Proper design requires the following criteria: "Selecting the appropriate power IC for the power consumption," "Controlling the power IC to meet the power-up sequence required by the device," and "Understanding the power voltage and current required by the FPGA and surrounding circuits." By collaborating between the FPGA and the board circuit design, reliable operation and optimal costs can be achieved, allowing for smooth evaluation of subsequent actual machine operation confirmation and debugging in a risk-reduced environment. 【Response Methods (Partial)】 ■ Understand power consumption in advance by selecting packages and confirming usage rates and operational specifications. ■ Consider and determine the appropriate power IC configuration based on power voltage and current consumption. ■ Design appropriate control circuits for the power voltage rise and rise sequence. *Details of the case can be viewed through the related links. For more information, please feel free to contact us.
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【Other Correspondence Methods】 ■ If a high-performance and complex sequence is required for the FPGA, adopt a power management IC and create a program. ■ Adjust while confirming the operation of the power management IC program on the actual device. *Details of the case can be viewed through the related links. For more information, please feel free to contact us.
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*The details of the case can be viewed through the related link. For more information, please feel free to contact us.*
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Based on our experience in the design of communication and broadcasting equipment, we are developing businesses in "contract design and manufacturing" and "in-house product development." We also engage in OEM and ODM, taking on customer product ideas from design to manufacturing, while providing products under the customer's brand with quality assurance from our own factory. Additionally, we develop, manufacture, and sell eco-related products utilizing solar power under our own brand, as well as engage in the resale, relocation, and maintenance of SMT-related equipment. Furthermore, we offer support in various technical fields such as software development, hardware development, LSI (FPGA) development, and mechanical design, according to customer requests, so please visit our website and feel free to contact us. In the PLD Solutions Department, we focus on FPGA logical design development, FPGA board design, and software development, and we actively respond to MECHATROLINK-related solutions.
